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The correct answer is "flasher rusak" because a flasher is responsible for causing the turn signals to blink. If the flasher is damaged or not functioning properly, the turn signals will not blink and will only stay on.

If the vent hole in the vent caps of the battery is blocked, the battery will not be able to release any built-up gases. This can cause pressure to build up inside the battery, leading to the battery housing becoming swollen and eventually rupturing or exploding.

The correct answer is "roda depan kiri toe-in roda depan kanan toe-out." This means that the left front wheel has too much inward tilt (toe-in), while the right front wheel has too much outward tilt (toe-out). This misalignment causes the car to pull to the right when driving straight at speeds above 40 km/h.

The reason for the motor starter not being able to rotate when the ignition key is turned on could be due to the broken pull-in coil winding. When the C terminal is connected to the positive terminal of the battery and the motor starter body is connected to the negative terminal of the battery, the motor starter is able to rotate. This suggests that the issue lies with the pull-in coil, which is responsible for engaging the starter motor when the ignition key is turned on.

To fix the issue of the ignition timing being earlier than the standard, a mechanic would adjust the distributor by rotating it in the same direction as the rotor's rotation. By doing this, the mechanic can properly align the distributor with the correct timing, ensuring that the spark plugs fire at the appropriate time during the engine's combustion cycle.

The correct answer is the first option because it correctly states that the red alligator clip should be connected to the positive terminal of the battery, the black alligator clip should be connected to the negative terminal of the battery, and the clip should be attached to spark plug wire number 1. This is the correct setup for a timing light to measure the ignition timing of the engine.

The correct answer is "menyetel freeload terlebih dahulu dari pada backless." This means that when adjusting the steering system, the freeload should be adjusted first before the backless.

The correct answer is 25%. The given information states that the specific gravity of the battery is measured as 1.150. Specific gravity is a measure of the density of a substance compared to the density of water. The specific gravity of a fully charged battery is typically around 1.250, while a completely discharged battery has a specific gravity of around 1.100. Therefore, a specific gravity of 1.150 indicates that the battery is only partially charged, approximately 25% charged.

The correct answer is "gigi pinion sudah aus" which means that the pinion gear is worn out. This means that the teeth on the pinion gear are no longer able to engage properly with the flywheel, preventing the starter motor from engaging and starting the engine.

If there is excessive movement in the steering wheel during free play, but the steering gear box assembly is in good condition, the most likely cause to be checked is the wear and tear of the ball joint tie rod. The ball joint tie rod connects the steering gear box to the wheels, and if it is worn out, it can cause excessive play in the steering system. Therefore, checking the wear and tear of the ball joint tie rod would be the appropriate step to diagnose and address the issue.

When the ignition key is in the ON position, the terminal F in the alternator is disconnected. This causes the indicator light to turn on, but there is no magnetic field generated in the alternator.

In a conventional ignition system, the contact points are responsible for opening and closing the circuit to produce the spark needed for combustion. If the capacitance of the condenser is too large, it can cause excessive arcing and wear on the contact points. This is because a larger capacitance can store more energy, leading to a stronger spark and more stress on the contact points. Therefore, having a condenser with a capacitance that is too large for the specifications can result in wear and damage to the contact points.

The correct answer is 20 A. The total power consumption of the small light bulbs is 8 watts x 5 bulbs = 40 watts. To convert this to amperes, we use the formula P = IV, where P is power in watts, I is current in amperes, and V is voltage in volts. Rearranging the formula to solve for I, we have I = P/V. Substituting the values, we get I = 40 watts / 12 volts = 3.33 A. Since the circuit has 5 bulbs, the total current would be 3.33 A x 5 = 16.67 A. To provide a margin of safety, a 20 A fuse is recommended.

If the expansion valve is clogged in an AC system, the system will still circulate the refrigerant, but the AC will not cool. This is because the expansion valve regulates the flow of refrigerant into the evaporator coil, where it absorbs heat from the air. If the valve is blocked, the refrigerant cannot enter the coil properly, resulting in the AC not being able to cool the air.

When the dwell angle is too small, it means that the points in the ignition system are closed for a shorter period of time. This results in a shorter charging time for the coil, causing it to generate a higher temperature. Therefore, a small dwell angle can cause the coil temperature to be high during operation.

The correct answer states that the refrigerant liquid from the expansion valve with low temperature and low pressure evaporates in the evaporator. This is because the expansion valve reduces the pressure of the refrigerant, causing it to evaporate and absorb heat from the surrounding air in the evaporator, thus cooling the air that is blown into the car.

The correct answer is "karena tekanan rendah manometer di buka sedikit agar refrigan yang mengalir ke kompresor berwujud gas" (the low pressure gauge is slightly opened so that the refrigerant flowing into the compressor is in the form of gas). This answer explains that by opening the low pressure gauge slightly, the refrigerant can flow into the compressor as a gas, which is necessary for the refrigeration process.

When cylinder No.1 is in the compression stroke, the other cylinders are in different strokes. Cylinder 2 is in the power stroke (usaha), cylinder 3 is in the intake stroke (hisap), and cylinder 4 is in the exhaust stroke (buang). This is because in a 4-stroke engine, each cylinder goes through four strokes: intake, compression, power, and exhaust.

The correct answer suggests that if there are many bubbles visible in the sight glass receiver, it may indicate a low refrigerant level in the system.

The correct answer is 62 mm dan 1 mm. The measurement of the bore cylinder diameter is 62.75 mm. Since the rod and washer need to fit into the bore, the rod should have the same diameter as the bore, which is 62 mm. The washer should have a thickness of 1 mm.